胶溶法

胶溶法合成CeO2纳米晶

Synthesis of Nanocrystalline CeO_2 by Colloidal Chemical Method

胶溶法合成TiO2超微粒子

The preparation of tio_2 UFP by using collid chemical method

用胶溶法合成了不同粒径的CeO2纳米晶，XRD分析表明，所合成的CeO2纳米晶属立方晶系，空间群为。

Nanocrystalline CeO2 with different particle sizes were prepared by colloidal chemical method .

分别用胶溶法、金属醇盐水解法和低温水解法制备了TiO2纳米粒子；

TiO-2 nanoparticles were prepared by three methods : colloid chemical method , alkoxide hydrolysis method , and low-temperature hydrolysis method .

采用胶溶法合成了表面修饰十二烷基苯磺酸钠（DBS）的CeO2纳米粒子有机溶胶。

The organosol of CeO 2 nanoparticles coated with DBS was synthesized by colloidal chemical method .

采用胶溶法合成了纳米CeO2水溶胶，探讨了合成CeO2水溶胶的最佳实验条件，研究了pH值、反应物浓度、水浴温度对胶溶过程的影响。

CeO 2 nanoparticles hydrosol was synthesized by colloidal chemical method . The optimum experiment conditions for the preparation of CeO 2 nanoparticles hydrosol were discussed . The effects of pH values , the reactant concentration and temperature on peptization process were studied .

采用胶溶法（或称溶胶法）制备Fe3O4磁性流体.研究了不同包覆温度，不同包覆酸度对Fe3O4粒子吸附油酸量的影响；不同分散温度，不同载液对磁性能的影响。

Fe3_O_4 magnetic fluid has been prepared by the way of colloidal sol . The effects of different coating temperature and coating acidity on absorption quantity of oleic acid on Fe_3O_4 particles and effects of varying dispersing temperature and carrier liquid on magnetism of Fe_3O_4 magnetic fluid were investigated .

通过胶溶法、溶胶凝胶法、聚合络合法合成了超细三氧化钨粉体。

The ultra fine WO 3 powder was prepared by colloidal chemistry method , sol gel and polymerized complex method .